When it comes to remote metering of water, heat, or gas, the focus shifts not only to the accuracy of the meter, but also to the durability of the entire system in real-world environments. After all, a radio module or sensor installed in a yard manhole or on a rooftop boiler has to withstand years of exposure to splashes, condensation, dust, sand, and temperature fluctuations.
Every untreated microcrack in the housing increases the risk of PCB corrosion, and a single drop of water can cause a short circuit. That’s why hardware manufacturers have long agreed to measure device resilience using a unified scale — the IP code, where protection against dust and moisture is encoded with two digits.
The abbreviation IP stands for Ingress Protection. The first digit indicates how sealed the enclosure is against solid particles, and the second — against liquids.
In the case of IP68, the “6” denotes absolute dust tightness: no dust or shavings can reach the electronics. The “8” refers to the ability to withstand prolonged immersion at a depth specified by the manufacturer (often 1–3 meters for at least 30 minutes). For comparison: IP65 in the IP rating system guarantees protection only from water jets under pressure, and IP67 — from short-term immersion up to one meter.
In other words, IP68 is effectively the highest standard for mass-market civilian devices that must function reliably under water exposure or even full immersion.
For industrial metering, service teams strive to visit sites as rarely as possible — each trip means costs and risks. If a radio module loses connection due to moisture, the meter instantly becomes just a piece of metal, and the supplier loses both data and money.
Utility sector clients increasingly specify IP68 compliant devices in their technical requirements, as this level of durability compensates for seasonal flooding of basement entryways, condensation in attic nodes, and sandblasting at construction sites.
The benefits of IP68 smart meters means that the total cost of ownership of the system drops: weatherproof electronics means fewer emergency service calls, less need for redundant meters, and more trust in the data.
In addition to utility providers, IP68 has been widely adopted by developers building smart home networks and municipalities developing smart city infrastructure. Examples of remote monitoring with IP68 devices include waste container fill-level sensors placed in open yards or LoRaWAN gateways installed on streetlight poles.
Customers such as homeowner associations have seen the long-term durability of IP68 meters, getting a predictable device lifespan even without a dedicated protective enclosure, while contractors get a strong case for long-term service contracts (10–15 years) and cities benefit from reduced operational costs thanks to fewer breakdowns.
When IP68 requirements are applied to a specific device, it’s not just about sealing — it’s also about maintaining connectivity where other solutions fail. In Jooby’s line of LoRaWAN radio modules, this protection class is used for precisely those remote and low-maintenance metering tasks where equipment is installed in flooded manholes, exposed facades, dusty shafts, or utility spaces with sharp temperature swings.
Real-world use has shown that the modules are resistant to prolonged contact with water, fine dust, repeated freeze-thaw cycles, construction vibrations, UV radiation, and household chemical agents. Because of this, IP68 for gas and water meters is no longer just an abstract “figure in the documentation” — it is a practical tool in smart grid solutions and the environmental protection of smart meters. It ensures uninterrupted data transmission for utility providers, developers, and municipal services, even under the harshest operating conditions.
IP68 is more than just numbers in a device datasheet; it’s an insurance policy against all the small but inevitable disasters that threaten electronics where water, dirt, and time are present.
When a radio module or sensor is protected by the highest standards, business processes become more predictable, and investments become long-term. By integrating IP68 into its LoRaWAN wireless metering solutions, Jooby demonstrates that reliability can be built into a product’s DNA — and stay with you throughout the meter’s entire lifespan.
If you’re planning to modernize your resource metering, or build a smart building or neighborhood system and require data transmission security, choose equipment that is dustproof, water-resistant, and can withstand all environmental surprises — choose IP68 by Jooby.
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